CN203679738U - Automatic assembling machine used for electronic head of piezoelectric ceramic igniter - Google Patents
Automatic assembling machine used for electronic head of piezoelectric ceramic igniter Download PDFInfo
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- CN203679738U CN203679738U CN201320879586.4U CN201320879586U CN203679738U CN 203679738 U CN203679738 U CN 203679738U CN 201320879586 U CN201320879586 U CN 201320879586U CN 203679738 U CN203679738 U CN 203679738U
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Abstract
The utility model discloses an automatic assembling machine used for an electronic head of a piezoelectric ceramic igniter. The automatic assembling machine comprises a plastic tee conveying device, an automatic glue dotting device, a crystal conveying device, an iron head conveying device, an iron head prepressing and press sealing device, a plastic tee rotating device, an iron tail conveying device, an iron tail prepressing and press sealing device, an electronic head discharging device, an automatic recycling device and a control system, wherein the plastic tee conveying device, the automatic glue dotting device, the crystal conveying device, the iron head conveying device, the iron tail conveying device, the iron head prepressing and press sealing device, the iron tail prepressing and press sealing device, the plastic tee rotating device, the electronic head discharging device and rotating discs are connected with the control system respectively. The automatic assembling machine is simple in structure principle and convenient to operate; the production efficiency is greatly improved, the assembling stability is good, the floor area of equipment is small, the product quality is ensured, the production cost is greatly reduced, and the market competitiveness of the products is improved.
Description
Technical field
The utility model relates to a kind of automatic assembling machine, in particular a kind of automatic assembling machine for piezoelectric ceramic ignitor electronic head.
Background technology
In piezoelectric ceramic ignitor is produced, the assembling of electronic head is a very important link, is all the mode that adopts manual assembly all the time.This assembling mode requires a large amount of human and material resources and place, and can be subject to operating personnel and assemble the impact of the factors such as familiarity, flexible operation degree and professional quality, and the stability of product yield and quality is had to very large restriction; Manual assembly labour consumes greatly, production efficiency is low, has increased widely the production cost of enterprise, is unfavorable for the development of enterprise.
Therefore, prior art has yet to be improved and developed.
Summary of the invention
The purpose of this utility model is to provide a kind of automatic assembling machine for piezoelectric ceramic ignitor electronic head, be intended to solve existing manual assembly electronic head wasting manpower and material resources, production efficiency is low, and cost is high, and affects the problem of product yield and quality stability.
The technical solution of the utility model is as follows: a kind of automatic assembling machine for piezoelectric ceramic ignitor electronic head, wherein, comprise plastic three-way conveying device, automatic dispensing device, crystal transmitting device, iron head transmitting device, the precompressed of iron head and press sealing device, plastic three-way whirligig, iron tail transmitting device, the precompressed of iron tail and press sealing device, electronic head drawing mechanism, automatic circulation device and control system, plastic three-way conveying device is transported to automatic circulation device plastic three-way and fixes; Automatic dispensing device pushes to a certain amount of epoxy natural gum in plastic three-way; Crystal transmitting device packs piezo-electric crystal the pole piece making in plastic three-way in itself and plastic three-way into and wants close contact; Iron head transmitting device, iron tail transmitting device are placed on iron head, iron tail respectively on three ports at plastics two ends; The precompressed of iron head is compressed into respectively three ports with press sealing device, the precompressed of iron tail and press sealing device iron head, iron tail makes it closely be connected with crystal end-face and be fixed together with the pressing of plastic three-way mouth; Plastic three-way whirligig, two vertical Rotate 180s ° of port of plastic three-way, is realized two-port location swap; Electronic head drawing mechanism is the piezoelectric ceramic ignitor electronic head output processing; Automatic circulation device links up plastic three-way conveying device, automatic dispensing device, crystal transmitting device, iron head transmitting device, iron tail transmitting device, the precompressed of iron head and press sealing device, the precompressed of iron tail and press sealing device, plastic three-way whirligig and electronic head drawing mechanism, makes whole assembling process realize automatic cycle; Plastic three-way conveying device, automatic dispensing device, crystal transmitting device, iron head transmitting device, iron tail transmitting device, the precompressed of iron head and press sealing device, the precompressed of iron tail and press sealing device, plastic three-way whirligig, electronic head drawing mechanism and rotating disc are all connected with control system respectively.
The described automatic assembling machine for piezoelectric ceramic ignitor electronic head, wherein, described automatic circulation device comprises rotating disc, electric rotating machine and holddown groove, described holddown groove is fixedly installed on rotating disc, rotating disc is connected with electric rotating machine, electric rotating machine is connected with control system: electric rotating machine driven rotary disc spins, plastic three-way is fixed on holddown groove and rotates with rotating disc, makes whole assembling process realize automatic cycle.
The described automatic assembling machine for piezoelectric ceramic ignitor electronic head, wherein, described plastic three-way conveying device comprises feeding device and doffer, feeding device comprises plastic three-way storing arrangement vibrating disk and plastic three-way feed well, plastic three-way feed well one end is arranged vibrating disk with plastic three-way storing and is connected, and plastic three-way storing is arranged vibrating disk and is connected with control system; Doffer comprises that plastic three-way pushes push cylinder under cylinder, discharge valve and plastic three-way blanking, and the plastic three-way feed well other end is connected with discharge valve, and plastic three-way pushes cylinder and is all connected with control system with push cylinder under plastic three-way blanking.
The described automatic assembling machine for piezoelectric ceramic ignitor electronic head, wherein, described automatic dispensing device comprises push cylinder under a glue, some glue pneumatic cylinder, storage glue cylinder and glue discharging mouth, storage glue cylinder storage ring oxygen tree glue, glue discharging mouth is connected with some glue storage glue cylinder, under some glue, push cylinder is connected with glue discharging mouth, and under some glue, push cylinder is all connected with control system with some glue pneumatic cylinder.
The described automatic assembling machine for piezoelectric ceramic ignitor electronic head, wherein, described crystal transmitting device comprises piezo-electric crystal storing collating unit, conveying device and positioner, conveying device comprises that crystal feed well, split pole inductor and crystal push cylinder, positioner comprises push cylinder under crystal, piezo-electric crystal storing collating unit is connected by crystal feed pipe with crystal feed well one end, and described piezo-electric crystal storing collating unit, split pole inductor, crystal push cylinder and be all connected with control system with push cylinder under crystal.
The described automatic assembling machine for piezoelectric ceramic ignitor electronic head, wherein, described iron tail transmitting device comprises that iron tail storing arrangement vibrating disk, iron tail feed well, conveying device, iron tail push push cylinder under cylinder and iron tail, described iron tail storing is arranged vibrating disk and is connected with iron tail feed well one end, conveying device pushes cylinder with iron tail and is connected, and described iron tail storing arrangement vibrating disk, conveying device, iron tail push cylinder and be all connected with control system with push cylinder under iron tail; Described iron head transmitting device structure is consistent with iron tail transmitting device structure.
The described automatic assembling machine for piezoelectric ceramic ignitor electronic head, wherein, the precompressed of described iron tail and press sealing device comprise push cylinder under precompressed press seal, pre-pressure mouth and electric heating press seal mouth, under described precompressed press seal, push cylinder is connected with pre-pressure mouth, electric heating press seal mouth respectively, and under precompressed press seal, push cylinder is connected with control system; The precompressed of described iron head is consistent with the precompressed of iron tail and press sealing device structure with press sealing device structure.
The described automatic assembling machine for piezoelectric ceramic ignitor electronic head, wherein, described conveying device is vacuum suction delivery nozzle while being used for iron tail; It when conveying device is used for iron head, is conveying clamp.
The described automatic assembling machine for piezoelectric ceramic ignitor electronic head, wherein, described plastic three-way whirligig comprises reversing cylinder, described reversing cylinder is connected with control system.
The described automatic assembling machine for piezoelectric ceramic ignitor electronic head, wherein, described electronic head drawing mechanism comprises that finished product pushes push cylinder, discharging clamp and blow tank on cylinder, finished product, discharging clamp pushes push cylinder on cylinder, finished product with finished product respectively and is connected, and finished product pushes cylinder and is all connected with control system with push cylinder on finished product.
The beneficial effects of the utility model: the utility model is by providing a kind of automatic assembling machine for piezoelectric ceramic ignitor electronic head, and this automatic assembling machine structural principle is simple, easy to operate; Production efficiency improves greatly, and assembling is stablized, and occupation area of equipment is little, has not only ensured the quality of product, has also saved greatly production cost, has improved the competitiveness of product in market.
Brief description of the drawings
Fig. 1 is the structural representation for the automatic assembling machine of piezoelectric ceramic ignitor electronic head in the utility model.
Fig. 2 is the structural representation of automatic circulation device in the utility model.
Fig. 3 is the structural representation that in the utility model, plastic three-way storing is arranged vibrating disk.
Fig. 4 is the structural representation of plastic three-way conveying device in the utility model.
Fig. 5 is the structural representation of automatic dispensing device in the utility model.
Fig. 6 is the structural representation of piezo-electric crystal storing collating unit in the utility model.
Fig. 7 is the transport conveyor constructions schematic diagram of crystal transmitting device in the utility model.
Fig. 8 is the positioning device structure schematic diagram of crystal transmitting device in the utility model.
Fig. 9 is the structural representation of iron tail transmitting device in the utility model.
Figure 10 is the partial schematic diagram of the precompressed of iron tail and press sealing device in the utility model.
Figure 11 is the partial schematic diagram of the precompressed of iron tail and press sealing device in the utility model.
Figure 12 is the structural representation of plastic three-way whirligig in the utility model.
Figure 13 is the structural representation of electronic head drawing mechanism in the utility model.
Detailed description of the invention
For making the purpose of this utility model, technical scheme and advantage clearer, clear and definite, referring to the accompanying drawing embodiment that develops simultaneously, the utility model is further described.
As shown in Figure 1, be the structural representation for the automatic assembling machine of piezoelectric ceramic ignitor electronic head in the utility model.The described automatic assembling machine for piezoelectric ceramic ignitor electronic head comprises plastic three-way conveying device, automatic dispensing device, crystal transmitting device, iron head transmitting device, the precompressed of iron head and press sealing device, plastic three-way whirligig, iron tail transmitting device, the precompressed of iron tail and press sealing device, electronic head drawing mechanism, automatic circulation device and control system, described plastic three-way conveying device is fixed for plastic three-way is transported to automatic circulation device, and plastic three-way moves to each rigging position with automatic circulation device; Automatic dispensing device is for pushing to a certain amount of epoxy natural gum in plastic three-way; Crystal transmitting device is wanted close contact for piezo-electric crystal being packed into the pole piece making in plastic three-way in itself and plastic three-way; Iron head transmitting device, iron tail transmitting device are for being placed on iron head, iron tail respectively three ports at plastics two ends; The precompressed of iron head makes it closely be connected with crystal end-face and be fixed together with the pressing of plastic three-way mouth with press sealing device, the precompressed of iron tail and press sealing device for iron head, iron tail are compressed into respectively to three ports, reaches certain pulling force requirement; Plastic three-way whirligig, for two vertical Rotate 180s ° of port of plastic three-way, is realized two-port location swap; Electronic head drawing mechanism is for exporting a piezoelectric ceramic ignitor electronic head processing; Automatic circulation device, for plastic three-way conveying device, automatic dispensing device, crystal transmitting device, iron head transmitting device, iron tail transmitting device, the precompressed of iron head and press sealing device, the precompressed of iron tail and press sealing device, plastic three-way whirligig and electronic head drawing mechanism are linked up, makes whole assembling process realize automatic cycle; Described plastic three-way conveying device, automatic dispensing device, crystal transmitting device, iron head transmitting device, iron tail transmitting device, the precompressed of iron head and press sealing device, the precompressed of iron tail and press sealing device, plastic three-way whirligig, electronic head drawing mechanism and rotating disc are all connected with control system respectively.
As shown in Figure 2, described automatic circulation device comprises rotating disc 710, electric rotating machine 720 and holddown groove 730, described holddown groove 730 is fixedly installed on rotating disc 710, rotating disc 710 is connected with electric rotating machine 720, electric rotating machine 720 is connected with control system: electric rotating machine 720 driven rotary dishes 710 rotate, plastic three-way is fixed on holddown groove 730 and rotates with rotating disc 710, each operation steps of the whole automatic assembling machine for piezoelectric ceramic ignitor electronic head is linked up, make whole assembling process realize automatic cycle.
As shown in Figure 3 and Figure 4, described plastic three-way conveying device comprises feeding device and doffer, and described feeding device is arranged plastic three-way to deliver to doffer by assigned direction order, then by doffer, plastic three-way is pushed in holddown groove.
Described feeding device comprises plastic three-way storing arrangement vibrating disk 110 and plastic three-way feed well 120, described plastic three-way feed well 120 one end are arranged vibrating disk 110 with plastic three-way storing and are connected, plastic three-way storing is arranged vibrating disk 110 and is connected with control system: plastic three-way is arranged at plastic three-way storing under the drive of vibrating disk 110, is arranged and delivers to plastic three-way feed well 120 by assigned direction by rotation shock-effect by order.
Described doffer comprises that plastic three-way pushes push cylinder 150 under cylinder 130, discharge valve 140 and plastic three-way blanking, described plastic three-way feed well 120 other ends are connected with discharge valve 140, plastic three-way pushes cylinder 130 and is all connected with control system with push cylinder 150 under plastic three-way blanking: plastic three-way is sent to after plastic three-way feed well 120, promote discharge valve 140 by plastic three-way propelling movement cylinder 130 and open blanking channel, then pushed in holddown groove 730 by push cylinder 150 under plastic three-way blanking.
As shown in Figure 5, described automatic dispensing device comprises push cylinder 210 under a glue, point glue pneumatic cylinder 220, storage glue cylinder 230 and glue discharging mouth 240, storage glue cylinder 230 is for storage ring oxygen tree glue, glue discharging mouth 240 is connected with some glue storage glue cylinder 230, under some glue, push cylinder 210 is connected with glue discharging mouth 240, under some glue, push cylinder 210 is all connected with control system with some glue pneumatic cylinder 220: under some glue, push cylinder 210 pushes glue discharging mouth 240 to plastic three-way mouth, by a glue pneumatic cylinder 220, the epoxy natural gum in storage glue cylinder 230 is pushed in plastic three-way, the glue amount of injected plastic three is mainly controlled by size and the time of air pressure.
As shown in Fig. 6-8, described crystal transmitting device comprises piezo-electric crystal storing collating unit 310, conveying device and positioner, described conveying device comprises crystal feed well, split pole inductor 330 and crystal push cylinder 340, described positioner comprises push cylinder 360 under crystal, described piezo-electric crystal storing collating unit 310 is connected by crystal feed pipe 320 with crystal feed well one end, described piezo-electric crystal storing collating unit 310, split pole inductor 330, crystal pushes cylinder 340 and is all connected with control system with push cylinder under crystal 360: piezo-electric crystal storing collating unit 310 is vertically arranged piezo-electric crystal, be transported in crystal feed well by crystal feed pipe 320, the upper-lower position of piezo-electric crystal both positive and negative polarity is differentiated and adjusted to split pole inductor 330, crystal pushes cylinder 340 and piezo-electric crystal is delivered in holddown groove 730 again, by push cylinder under crystal 360, piezo-electric crystal is pushed in plastic three-way again.
As shown in Figure 9, described iron tail transmitting device comprises iron tail storing arrangement vibrating disk, iron tail feed well 420, conveying device, iron tail pushes push cylinder 450 under cylinder 440 and iron tail, described iron tail storing is arranged vibrating disk and is connected with iron tail feed well 420 one end, conveying device pushes cylinder 440 with iron tail and is connected, described iron tail storing is arranged vibrating disk, conveying device, iron tail pushes cylinder 440 and is all connected with control system with push cylinder 450 under iron tail: iron tail is arranged vibrating disk direction order arrangement according to the rules by iron tail storing and is delivered to iron tail feed well 420, by conveying device, iron tail is adsorbed, then pushing cylinder 440 by iron tail is pushed into conveying device on holddown groove 730, by push cylinder 450 under iron tail, conveying device is docked with the mouth of one end of plastic three-way shell again, close conveying device, iron tail is placed on the outer faucal of plastic three-way on request.
As shown in Figure 10 and Figure 11, the precompressed of described iron tail and press sealing device comprise push cylinder 510 under precompressed press seal, pre-pressure mouth 520 and electric heating press seal mouth 530, under described precompressed press seal, push cylinder 510 is connected with pre-pressure mouth 520, electric heating press seal mouth 530 respectively, under precompressed press seal, push cylinder 510 is connected with control system: under precompressed press seal, push cylinder 510 promotes pre-pressure mouth 520 to pressing down, iron tail is pressed onto in plastic three-way mouth and piezo-electric crystal plane contact, and under precompressed press seal, push cylinder 510 promotes electric heating press seal mouth 530 again and downwards iron tail and plastic three-way pressing is put in place.
Described iron head transmitting device structure is consistent with iron tail transmitting device structure, and in the present embodiment, according to the shape difference of iron head and iron tail, when for iron tail, conveying device is vacuum suction delivery nozzle, and when in the time being used for iron head, conveying device is for carrying clamp.The precompressed of iron head is consistent with press sealing device structure with the precompressed of iron tail with press sealing device structure.
As shown in figure 12, described plastic three-way whirligig comprises reversing cylinder 610, described reversing cylinder 610 is connected with control system: after a port of iron tail and plastic three-way is in place, reversing cylinder 610 vertically rotates the holddown groove 730 of fixed plastics threeway, make two vertical Rotate 180s ° of port of plastic three-way, realize two-port location swap, then the another port of iron head and plastic three-way is in place.
As shown in figure 13, described electronic head drawing mechanism comprises that finished product pushes cylinder 810, push cylinder 820 on finished product, discharging clamp 830 and blow tank 840, described discharging clamp 830 pushes cylinder 810 with finished product respectively, on finished product, push cylinder 820 connects, finished product pushes cylinder 810 and is all connected with control system with push cylinder on finished product 820: finished product propelling movement cylinder 810 by discharging clamp 830 push to be fixed with plastic three-way holddown groove 730 directly over, on finished product, push cylinder 820 pushes discharging clamp 830 to approach holddown groove 730, on finished product, push cylinder 820 is released the finished product electronic head in holddown groove 730 (assembling complete plastic three-way) simultaneously, discharging clamp 830 is clamped finished product electronic head, finished product pushes cylinder 810 and regains, discharging clamp 830 is returned to blow tank 840 tops, open discharging clamp 830, finished product electronic head falls in the blow tank 840 of inclination, landing and going out.
This operation for the automatic assembling machine of piezoelectric ceramic ignitor electronic head is as follows: plastic three-way is arranged at plastic three-way storing under the drive of vibrating disk 110, arranged and deliver to plastic three-way feed well 120 by order by assigned direction by rotation shock-effect, require plastic three-way firmly not loosening, promote discharge valve 140 by plastic three-way propelling movement cylinder 130 and open blanking channel, plastic three-way is pushed in holddown groove 730 by push cylinder 150 under plastic three-way blanking, under some glue, push cylinder 210 pushes glue discharging mouth 240 to plastic three-way mouth, by a glue pneumatic cylinder 220, the epoxy natural gum in storage glue cylinder 230 is pushed in plastic three-way, and the glue amount of injected plastic three is mainly controlled by size and the time of air pressure, piezo-electric crystal storing collating unit 310 is vertically arranged piezo-electric crystal, be transported in crystal feed well by crystal feed pipe 320, the upper-lower position of piezo-electric crystal both positive and negative polarity is differentiated and adjusted to split pole inductor 330, crystal pushes cylinder 340 and piezo-electric crystal is delivered in holddown groove 730 again, then by push cylinder under crystal 360, piezo-electric crystal is pushed in plastic three-way, iron tail is arranged vibrating disk direction order arrangement according to the rules by iron tail storing and is delivered to iron tail feed well 420, by vacuum suction delivery nozzle, iron tail is adsorbed, then pushing cylinder 440 by iron tail is pushed into vacuum suction delivery nozzle on holddown groove 730, by push cylinder 450 under iron tail, vacuum suction delivery nozzle is docked with the mouth of one end of plastic three-way shell again, close vacuum suction delivery nozzle, iron tail is placed on the outer faucal of plastic three-way on request, under precompressed press seal, push cylinder 510 promotes pre-pressure mouth 520 to pressing down, iron tail is pressed onto in plastic three-way mouth and piezo-electric crystal plane contact, under precompressed press seal, push cylinder 510 promotes electric heating press seal mouth 530 again and downwards iron tail and plastic three-way pressing is put in place, reversing cylinder 610 vertically rotates the holddown groove 730 of fixed plastics threeway, makes two vertical Rotate 180s ° of port of plastic three-way, realizes two-port location swap, under some glue, push cylinder 210 pushes glue discharging mouth 240 to plastic three-way mouth, by a glue pneumatic cylinder 220, the epoxy natural gum in storage glue cylinder 230 is pushed in plastic three-way, and the glue amount of injected plastic three is mainly controlled by size and the time of air pressure, piezo-electric crystal storing collating unit 310 is vertically arranged piezo-electric crystal, be transported in crystal feed well by crystal feed pipe 320, the upper-lower position of piezo-electric crystal both positive and negative polarity is differentiated and adjusted to split pole inductor 330, crystal pushes cylinder 340 and piezo-electric crystal is delivered in holddown groove 730 again, then by push cylinder under crystal 360, piezo-electric crystal is pushed in plastic three-way, iron head is arranged vibrating disk direction order arrangement according to the rules by iron head storing and is delivered to iron head feed well, by carrying clamp that iron head is adsorbed, then pushing cylinder by iron head is pushed into conveying clamp on holddown groove 730, to carry clamp to dock with the mouth of one end of plastic three-way shell by push cylinder under iron head again, close conveying clamp, iron head is placed on the outer faucal of plastic three-way on request, under precompressed press seal, push cylinder 510 promotes pre-pressure mouth 520 to pressing down, iron head is pressed onto in plastic three-way mouth and piezo-electric crystal plane contact, under precompressed press seal, push cylinder 510 promotes electric heating press seal mouth 530 again and downwards iron head and plastic three-way pressing is put in place, the assembling of piezoelectric ceramic ignitor electronic head is complete, obtain finished product electronic head, finished product push cylinder 810 by discharging clamp 830 push to be fixed with plastic three-way holddown groove 730 directly over, on finished product, push cylinder 820 pushes discharging clamp 830 to approach holddown groove 730, on finished product, push cylinder 820 is released the finished product electronic head in holddown groove 730 (assembling complete plastic three-way) simultaneously, discharging clamp 830 is clamped finished product electronic head, finished product pushes cylinder 810 and regains, discharging clamp 830 is returned to blow tank 840 tops, open discharging clamp 830, finished product electronic head falls in the blow tank 840 of inclination, landing and going out.
This automatic assembling machine structural principle is simple, easy to operate; Production efficiency improves greatly, and assembling is stablized, and occupation area of equipment is little, has not only ensured the quality of product, has also saved greatly production cost, has improved the competitiveness of product in market.
Should be understood that; application of the present utility model is not limited to above-mentioned giving an example; for those of ordinary skills, can be improved according to the above description or convert, all these improvement and conversion all should belong to the protection domain of the utility model claims.
Claims (10)
1. the automatic assembling machine for piezoelectric ceramic ignitor electronic head, it is characterized in that, comprise plastic three-way conveying device, automatic dispensing device, crystal transmitting device, iron head transmitting device, the precompressed of iron head and press sealing device, plastic three-way whirligig, iron tail transmitting device, the precompressed of iron tail and press sealing device, electronic head drawing mechanism, automatic circulation device and control system, plastic three-way conveying device is transported to automatic circulation device plastic three-way and fixes; Automatic dispensing device pushes to a certain amount of epoxy natural gum in plastic three-way; Crystal transmitting device packs piezo-electric crystal the pole piece making in plastic three-way in itself and plastic three-way into and wants close contact; Iron head transmitting device, iron tail transmitting device are placed on iron head, iron tail respectively on three ports at plastics two ends; The precompressed of iron head is compressed into respectively three ports with press sealing device, the precompressed of iron tail and press sealing device iron head, iron tail makes it closely be connected with crystal end-face and be fixed together with the pressing of plastic three-way mouth; Plastic three-way whirligig, two vertical Rotate 180s ° of port of plastic three-way, is realized two-port location swap; Electronic head drawing mechanism is the piezoelectric ceramic ignitor electronic head output processing; Automatic circulation device links up plastic three-way conveying device, automatic dispensing device, crystal transmitting device, iron head transmitting device, iron tail transmitting device, the precompressed of iron head and press sealing device, the precompressed of iron tail and press sealing device, plastic three-way whirligig and electronic head drawing mechanism, makes whole assembling process realize automatic cycle; Plastic three-way conveying device, automatic dispensing device, crystal transmitting device, iron head transmitting device, iron tail transmitting device, the precompressed of iron head and press sealing device, the precompressed of iron tail and press sealing device, plastic three-way whirligig, electronic head drawing mechanism and rotating disc are all connected with control system respectively.
2. the automatic assembling machine for piezoelectric ceramic ignitor electronic head according to claim 1, it is characterized in that, described automatic circulation device comprises rotating disc, electric rotating machine and holddown groove, described holddown groove is fixedly installed on rotating disc, rotating disc is connected with electric rotating machine, electric rotating machine is connected with control system: electric rotating machine driven rotary disc spins, plastic three-way is fixed on holddown groove and rotates with rotating disc, makes whole assembling process realize automatic cycle.
3. the automatic assembling machine for piezoelectric ceramic ignitor electronic head according to claim 2, it is characterized in that, described plastic three-way conveying device comprises feeding device and doffer, feeding device comprises plastic three-way storing arrangement vibrating disk and plastic three-way feed well, plastic three-way feed well one end is arranged vibrating disk with plastic three-way storing and is connected, and plastic three-way storing is arranged vibrating disk and is connected with control system; Doffer comprises that plastic three-way pushes push cylinder under cylinder, discharge valve and plastic three-way blanking, and the plastic three-way feed well other end is connected with discharge valve, and plastic three-way pushes cylinder and is all connected with control system with push cylinder under plastic three-way blanking.
4. the automatic assembling machine for piezoelectric ceramic ignitor electronic head according to claim 3, it is characterized in that, described automatic dispensing device comprises push cylinder under a glue, some glue pneumatic cylinder, storage glue cylinder and glue discharging mouth, storage glue cylinder storage ring oxygen tree glue, glue discharging mouth is connected with some glue storage glue cylinder, under some glue, push cylinder is connected with glue discharging mouth, and under some glue, push cylinder is all connected with control system with some glue pneumatic cylinder.
5. the automatic assembling machine for piezoelectric ceramic ignitor electronic head according to claim 4, it is characterized in that, described crystal transmitting device comprises piezo-electric crystal storing collating unit, conveying device and positioner, conveying device comprises that crystal feed well, split pole inductor and crystal push cylinder, positioner comprises push cylinder under crystal, piezo-electric crystal storing collating unit is connected by crystal feed pipe with crystal feed well one end, and described piezo-electric crystal storing collating unit, split pole inductor, crystal push cylinder and be all connected with control system with push cylinder under crystal.
6. the automatic assembling machine for piezoelectric ceramic ignitor electronic head according to claim 5, it is characterized in that, described iron tail transmitting device comprises that iron tail storing arrangement vibrating disk, iron tail feed well, conveying device, iron tail push push cylinder under cylinder and iron tail, described iron tail storing is arranged vibrating disk and is connected with iron tail feed well one end, conveying device pushes cylinder with iron tail and is connected, and described iron tail storing arrangement vibrating disk, conveying device, iron tail push cylinder and be all connected with control system with push cylinder under iron tail; Described iron head transmitting device structure is consistent with iron tail transmitting device structure.
7. the automatic assembling machine for piezoelectric ceramic ignitor electronic head according to claim 6, it is characterized in that, the precompressed of described iron tail and press sealing device comprise push cylinder under precompressed press seal, pre-pressure mouth and electric heating press seal mouth, under described precompressed press seal, push cylinder is connected with pre-pressure mouth, electric heating press seal mouth respectively, and under precompressed press seal, push cylinder is connected with control system; The precompressed of described iron head is consistent with the precompressed of iron tail and press sealing device structure with press sealing device structure.
8. the automatic assembling machine for piezoelectric ceramic ignitor electronic head according to claim 7, is characterized in that, described conveying device is vacuum suction delivery nozzle while being used for iron tail; It when conveying device is used for iron head, is conveying clamp.
9. the automatic assembling machine for piezoelectric ceramic ignitor electronic head according to claim 8, is characterized in that, described plastic three-way whirligig comprises reversing cylinder, and described reversing cylinder is connected with control system.
10. the automatic assembling machine for piezoelectric ceramic ignitor electronic head according to claim 9, it is characterized in that, described electronic head drawing mechanism comprises that finished product pushes push cylinder, discharging clamp and blow tank on cylinder, finished product, discharging clamp pushes push cylinder on cylinder, finished product with finished product respectively and is connected, and finished product pushes cylinder and is all connected with control system with push cylinder on finished product.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201320879586.4U CN203679738U (en) | 2013-12-30 | 2013-12-30 | Automatic assembling machine used for electronic head of piezoelectric ceramic igniter |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201320879586.4U CN203679738U (en) | 2013-12-30 | 2013-12-30 | Automatic assembling machine used for electronic head of piezoelectric ceramic igniter |
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| CN203679738U true CN203679738U (en) | 2014-07-02 |
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| CN201320879586.4U Withdrawn - After Issue CN203679738U (en) | 2013-12-30 | 2013-12-30 | Automatic assembling machine used for electronic head of piezoelectric ceramic igniter |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103692215A (en) * | 2013-12-30 | 2014-04-02 | 佛山市亿强电子有限公司 | Automatic assembling machine for electronic heads of piezoelectric ceramic igniters |
| CN105881450A (en) * | 2016-06-06 | 2016-08-24 | 台州联方机电科技有限公司 | Automatic assembly device for stop valve |
| CN106141670A (en) * | 2016-08-15 | 2016-11-23 | 广州科技职业技术学院 | Automatic assembling |
| CN110480333A (en) * | 2019-07-20 | 2019-11-22 | 浙江锋龙电气股份有限公司 | A kind of gasoline engine igniter processing technology |
-
2013
- 2013-12-30 CN CN201320879586.4U patent/CN203679738U/en not_active Withdrawn - After Issue
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103692215A (en) * | 2013-12-30 | 2014-04-02 | 佛山市亿强电子有限公司 | Automatic assembling machine for electronic heads of piezoelectric ceramic igniters |
| CN103692215B (en) * | 2013-12-30 | 2016-05-25 | 佛山市亿强电子有限公司 | A kind of automatic assembling machine for piezoelectric ceramic ignitor electronic head |
| CN105881450A (en) * | 2016-06-06 | 2016-08-24 | 台州联方机电科技有限公司 | Automatic assembly device for stop valve |
| CN106141670A (en) * | 2016-08-15 | 2016-11-23 | 广州科技职业技术学院 | Automatic assembling |
| CN110480333A (en) * | 2019-07-20 | 2019-11-22 | 浙江锋龙电气股份有限公司 | A kind of gasoline engine igniter processing technology |
| CN110480333B (en) * | 2019-07-20 | 2021-06-22 | 浙江锋龙电气股份有限公司 | Processing technology of igniter for gasoline engine |
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